Template:Networking trb manual powering options: Difference between revisions

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This chapter contains information on <b>powering options</b> supported by {{{name}}} devices.
This chapter contains information on <b>powering options</b> supported by {{{name}}} devices.
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{{Template: networking_device_manual_powering_options_power_socket
==Power socket==
| name   = {{{name}}}
 
| series = {{{series}}}
The {{{name}}} device can be powered over the {{{pin}}} connector using a {{{volts}}} power supply unit (PSU). Refer to the image below for the power socket pinout information:
 
{{#switch:{{{series}}}
| TRB2|TRB2M = {{Template: Networking_trb2xx_manual_power_socket_pinout}}
| TRB1|TRB5|TRB16 = {{Template: Networking_trb14x_manual_power_socket_pinout}}
|}}
 
If you decide not to use the standard {{{psu}}} PSU and want to power the device from a higher voltage, please make sure that you choose a power supply of high quality. Some power supplies can produce voltage peaks significantly higher than the declared output voltage, especially during connection and disconnection.
 
While the device is designed to accept input voltage in the range of {{{volts}}}, high voltage power supplies can harm the device. If you want to use high voltage power supplies it is recommended to also use additional safety equipment to suppress voltage peaks from the power supply.
<br><br><b>Suggestion:</b> If you're using a different power supply than the one included in the standard packaging, make sure it meets the same power (W) specifications as the original. Otherwise, some features of the device might not work properly. Please refer to the device's portfolio page to verify the power supply specifications: [[{{{name}}}_Power_Consumption|Power Consumption]]
{{#ifeq:{{{name}}}|TRB143|</br></br><b>Note:</b> {{{name}}} devices manufactured up to <i>batch 15</i> incorrectly contain 9-30 V range printed on the housing sticker. The device is only tested for 12-30 V range and Teltonika cannot guarantee proper functionality below these voltages.|}}
{{#ifeq: {{{typec}}} | 1 | <h2>Power over Type-c</h2>
The device may also be powered via the USB Type-C Connector (USB3.0). It supports <b>5VDC</b> voltage:
 
[[File:Networking_{{lc:{{{name}}}}}_manual_powering_options_typec.png|500px]]||}}
{{#ifeq: {{{eth}}} | 1 | <h2>Passive PoE</h2>
The device may also be powered via the Ethernet port:<br>
 
[[File:Networking_{{lc:{{{name}}}}}_manual_powering_options_lan.png|500px]]
 
<font size="-1">
<ul>
{{#ifeq: {{{name}}} | TRB140 |<li>TRB140 devices support PPoE <b>FROM</b> HW revision 0004 and batch number 005.</li>|}}
    <li>The device is <b>NOT COMPLIANT</b> with the IEEE 802.3af-2003 standard: powering the device from an IEEE 802.3af-2003 power supply <b>will damage the device</b> as it is not rated for input voltages of the PoE standard.</li>
    <li>The device is <b>NOT COMPLIANT</b> with the IEEE 802.3at standard: it cannot power other devices over Ethernet.</li>
</ul>
</font>
 
{{Template: Networking_device_manual_powering_options_passive_poe_table}}
 
<h3>Simultaneous powering</h3>
----
The device can be powered from the power socket and over Ethernet simultaneously.
{{#switch: {{{name}}} | TRB160 =| #default = <b>If device batch number is between 1 and 11, both PSUs should have similar output voltages. Meanwhile, devices manufactured from batch number 12 can have different voltage PSUs connected to its power socket and Ethernet port.</b>}}
The power socket has higher priority meaning that the device will draw power from the power socket as long as it is available.
When the device is switching from one power source to another it loses power for a fraction of a second and may reboot. The device will function correctly after the reboot.|}}
{{#ifeq: {{{rs485}}} | 1 | <h2>RS485</h2>
You can also power the device over the RS485 connector. In order to do so, follow the steps described below.
<ul>
    <li>Unscrew the two hex bolts and remove the back panel.<br>[[File:Networking_trb145_manual_powering_options_rs485_unscrew_hex_bolts.png|300px]]</li>
    <li>Remove the PCB board from the case.</li>
    <li>Solder a 0 Ohm resistor or 2 pin header with jumper between the "RS PWR ENABLE" pins (marked 1 & 2 in the figure below) on the PCB board:<br>[[File:Networking_trb145_manual_powering_options_rs485.png|400px]]</li>
    <li>Connect pins 3 (GND) and 6 (PWR) to a 9-30 VDC power supply.<br>[[File:Networking_trb145_manual_powering_options_rs485_connector_pinout.png]]</li>
    <li>If the PWR LED lights up, the device was successfully powered over the RS485 connector.</li>
</ul>
|}}
{{#switch: {{{series}}} | #default =
{{Template: networking_device_manual_powering_options_ground_loops
      | series    = {{{series}}}
      | name      = {{{name}}}
}}
}}
}}
[[Category:{{{name}}} Manual]]

Latest revision as of 15:51, 29 October 2024

This chapter contains information on powering options supported by {{{name}}} devices.

Power socket

The {{{name}}} device can be powered over the {{{pin}}} connector using a {{{volts}}} power supply unit (PSU). Refer to the image below for the power socket pinout information:


If you decide not to use the standard {{{psu}}} PSU and want to power the device from a higher voltage, please make sure that you choose a power supply of high quality. Some power supplies can produce voltage peaks significantly higher than the declared output voltage, especially during connection and disconnection.

While the device is designed to accept input voltage in the range of {{{volts}}}, high voltage power supplies can harm the device. If you want to use high voltage power supplies it is recommended to also use additional safety equipment to suppress voltage peaks from the power supply.

Suggestion: If you're using a different power supply than the one included in the standard packaging, make sure it meets the same power (W) specifications as the original. Otherwise, some features of the device might not work properly. Please refer to the device's portfolio page to verify the power supply specifications: [[{{{name}}}_Power_Consumption|Power Consumption]]



Ground loops

Do not connect the power supply negative terminal of our device to the chassis or earth exclusively.

This connection could cause ground loops. For example, if the antenna shield and power supply negative terminal are connected to the chassis or earth, it forms a ground loop, therefore unwanted current could flow through a device PCB ground and may cause damage.

[[Category:{{{name}}} Manual]]

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